4 tikzpictures in a 2x2 layout












3















 documentclass{article}

 usepackage{pgfplots}

 usetikzlibrary{fit,shapes,positioning}



 begin{document}



 begin{tikzpicture}[

  mydot/.style={   circle,   fill,   inner sep=2pt }, >=latex,

                shorten >= 3pt, shorten <= 3pt,

  every fit/.style={ellipse,draw,inner sep=0pt}

 ]





 node[mydot,label={left:1}] (a1) {};  

 node[mydot,below=of a1,label={left:2}] (a2) {};  

 node[mydot,below=of a2,label={left:3}] (a3) {};  

 node[mydot,below=of a3,label={left:4}] (a4) {}; 



 node[mydot,right=4cm of a1,label={right:1}] (b1) {};  

 node[mydot,below=of b1,label={right:2}] (b2) {};  

 node[mydot,below=of b2,label={right:3}] (b3) {};  

 node[mydot,below=of b3,label={right:4}] (b4) {};



 node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] {} ;

 node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] {} ;



 path[->] (a1) edge (b2) edge (b1); 

 path[->] (a2) edge (b4); 

 path[->] (a3) edge (b3); 

 path[<-] (a4) edge (b1);



end{tikzpicture}

end{document}


The above MWE generates a mapping diagram.
I am trying to create a 2x2 groupplot of the above function mapping diagram.



I have used the groupplot environment on previous occasions with great success (when using graphs on a Cartesian plane); via the addplot command.



However, using the TikZ commands for the function mapping diagrams, all I can generate are 4 boxes with tick marks around them.






tikz-pgf groupplots







share|improve this question

























  • Could you provide a MWE, which include the document class, please?

    – manooooh
    17 hours ago
















3















 documentclass{article}

 usepackage{pgfplots}

 usetikzlibrary{fit,shapes,positioning}



 begin{document}



 begin{tikzpicture}[

  mydot/.style={   circle,   fill,   inner sep=2pt }, >=latex,

                shorten >= 3pt, shorten <= 3pt,

  every fit/.style={ellipse,draw,inner sep=0pt}

 ]





 node[mydot,label={left:1}] (a1) {};  

 node[mydot,below=of a1,label={left:2}] (a2) {};  

 node[mydot,below=of a2,label={left:3}] (a3) {};  

 node[mydot,below=of a3,label={left:4}] (a4) {}; 



 node[mydot,right=4cm of a1,label={right:1}] (b1) {};  

 node[mydot,below=of b1,label={right:2}] (b2) {};  

 node[mydot,below=of b2,label={right:3}] (b3) {};  

 node[mydot,below=of b3,label={right:4}] (b4) {};



 node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] {} ;

 node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] {} ;



 path[->] (a1) edge (b2) edge (b1); 

 path[->] (a2) edge (b4); 

 path[->] (a3) edge (b3); 

 path[<-] (a4) edge (b1);



end{tikzpicture}

end{document}


The above MWE generates a mapping diagram.
I am trying to create a 2x2 groupplot of the above function mapping diagram.



I have used the groupplot environment on previous occasions with great success (when using graphs on a Cartesian plane); via the addplot command.



However, using the TikZ commands for the function mapping diagrams, all I can generate are 4 boxes with tick marks around them.






tikz-pgf groupplots







share|improve this question

























  • Could you provide a MWE, which include the document class, please?

    – manooooh
    17 hours ago














3












3








3


1






 documentclass{article}

 usepackage{pgfplots}

 usetikzlibrary{fit,shapes,positioning}



 begin{document}



 begin{tikzpicture}[

  mydot/.style={   circle,   fill,   inner sep=2pt }, >=latex,

                shorten >= 3pt, shorten <= 3pt,

  every fit/.style={ellipse,draw,inner sep=0pt}

 ]





 node[mydot,label={left:1}] (a1) {};  

 node[mydot,below=of a1,label={left:2}] (a2) {};  

 node[mydot,below=of a2,label={left:3}] (a3) {};  

 node[mydot,below=of a3,label={left:4}] (a4) {}; 



 node[mydot,right=4cm of a1,label={right:1}] (b1) {};  

 node[mydot,below=of b1,label={right:2}] (b2) {};  

 node[mydot,below=of b2,label={right:3}] (b3) {};  

 node[mydot,below=of b3,label={right:4}] (b4) {};



 node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] {} ;

 node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] {} ;



 path[->] (a1) edge (b2) edge (b1); 

 path[->] (a2) edge (b4); 

 path[->] (a3) edge (b3); 

 path[<-] (a4) edge (b1);



end{tikzpicture}

end{document}


The above MWE generates a mapping diagram.
I am trying to create a 2x2 groupplot of the above function mapping diagram.



I have used the groupplot environment on previous occasions with great success (when using graphs on a Cartesian plane); via the addplot command.



However, using the TikZ commands for the function mapping diagrams, all I can generate are 4 boxes with tick marks around them.






tikz-pgf groupplots







share|improve this question
















 documentclass{article}

 usepackage{pgfplots}

 usetikzlibrary{fit,shapes,positioning}



 begin{document}



 begin{tikzpicture}[

  mydot/.style={   circle,   fill,   inner sep=2pt }, >=latex,

                shorten >= 3pt, shorten <= 3pt,

  every fit/.style={ellipse,draw,inner sep=0pt}

 ]





 node[mydot,label={left:1}] (a1) {};  

 node[mydot,below=of a1,label={left:2}] (a2) {};  

 node[mydot,below=of a2,label={left:3}] (a3) {};  

 node[mydot,below=of a3,label={left:4}] (a4) {}; 



 node[mydot,right=4cm of a1,label={right:1}] (b1) {};  

 node[mydot,below=of b1,label={right:2}] (b2) {};  

 node[mydot,below=of b2,label={right:3}] (b3) {};  

 node[mydot,below=of b3,label={right:4}] (b4) {};



 node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] {} ;

 node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] {} ;



 path[->] (a1) edge (b2) edge (b1); 

 path[->] (a2) edge (b4); 

 path[->] (a3) edge (b3); 

 path[<-] (a4) edge (b1);



end{tikzpicture}

end{document}


The above MWE generates a mapping diagram.
I am trying to create a 2x2 groupplot of the above function mapping diagram.



I have used the groupplot environment on previous occasions with great success (when using graphs on a Cartesian plane); via the addplot command.



However, using the TikZ commands for the function mapping diagrams, all I can generate are 4 boxes with tick marks around them.






tikz-pgf groupplots




tikz-pgf groupplots






share|improve this question















share|improve this question













share|improve this question




share|improve this question








edited 17 hours ago







Anthony Macks

















asked 17 hours ago









Anthony MacksAnthony Macks

1378




1378













  • Could you provide a MWE, which include the document class, please?

    – manooooh
    17 hours ago



















  • Could you provide a MWE, which include the document class, please?

    – manooooh
    17 hours ago

















Could you provide a MWE, which include the document class, please?

– manooooh
17 hours ago





Could you provide a MWE, which include the document class, please?

– manooooh
17 hours ago










2 Answers
2






active

oldest

votes


















4














Personally, I like to use the subfig package inside a figure.



documentclass{article}

 usepackage{pgfplots}

 usetikzlibrary{fit,shapes,positioning}

usepackage{here}

usepackage{subfig}



 begin{document}



begin{figure}[H]

centering

subfloat{

 begin{tikzpicture}[

  mydot/.style={   circle,   fill,   inner sep=2pt }, >=latex,

                shorten >= 3pt, shorten <= 3pt,

  every fit/.style={ellipse,draw,inner sep=0pt}

 ]





 node[mydot,label={left:1}] (a1) {};  

 node[mydot,below=of a1,label={left:2}] (a2) {};  

 node[mydot,below=of a2,label={left:3}] (a3) {};  

 node[mydot,below=of a3,label={left:4}] (a4) {}; 



 node[mydot,right=4cm of a1,label={right:1}] (b1) {};  

 node[mydot,below=of b1,label={right:2}] (b2) {};  

 node[mydot,below=of b2,label={right:3}] (b3) {};  

 node[mydot,below=of b3,label={right:4}] (b4) {};



 node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] {} ;

 node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] {} ;



 path[->] (a1) edge (b2) edge (b1); 

 path[->] (a2) edge (b4); 

 path[->] (a3) edge (b3); 

 path[<-] (a4) edge (b1);



end{tikzpicture}}

subfloat{

 begin{tikzpicture}[

  mydot/.style={   circle,   fill,   inner sep=2pt }, >=latex,

                shorten >= 3pt, shorten <= 3pt,

  every fit/.style={ellipse,draw,inner sep=0pt}

 ]





 node[mydot,label={left:1}] (a1) {};  

 node[mydot,below=of a1,label={left:2}] (a2) {};  

 node[mydot,below=of a2,label={left:3}] (a3) {};  

 node[mydot,below=of a3,label={left:4}] (a4) {}; 



 node[mydot,right=4cm of a1,label={right:1}] (b1) {};  

 node[mydot,below=of b1,label={right:2}] (b2) {};  

 node[mydot,below=of b2,label={right:3}] (b3) {};  

 node[mydot,below=of b3,label={right:4}] (b4) {};



 node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] {} ;

 node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] {} ;



 path[->] (a1) edge (b2) edge (b1); 

 path[->] (a2) edge (b4); 

 path[->] (a3) edge (b3); 

 path[<-] (a4) edge (b1);



end{tikzpicture}}



subfloat{

 begin{tikzpicture}[

  mydot/.style={   circle,   fill,   inner sep=2pt }, >=latex,

                shorten >= 3pt, shorten <= 3pt,

  every fit/.style={ellipse,draw,inner sep=0pt}

 ]





 node[mydot,label={left:1}] (a1) {};  

 node[mydot,below=of a1,label={left:2}] (a2) {};  

 node[mydot,below=of a2,label={left:3}] (a3) {};  

 node[mydot,below=of a3,label={left:4}] (a4) {}; 



 node[mydot,right=4cm of a1,label={right:1}] (b1) {};  

 node[mydot,below=of b1,label={right:2}] (b2) {};  

 node[mydot,below=of b2,label={right:3}] (b3) {};  

 node[mydot,below=of b3,label={right:4}] (b4) {};



 node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] {} ;

 node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] {} ;



 path[->] (a1) edge (b2) edge (b1); 

 path[->] (a2) edge (b4); 

 path[->] (a3) edge (b3); 

 path[<-] (a4) edge (b1);



end{tikzpicture}}

subfloat{

 begin{tikzpicture}[

  mydot/.style={   circle,   fill,   inner sep=2pt }, >=latex,

                shorten >= 3pt, shorten <= 3pt,

  every fit/.style={ellipse,draw,inner sep=0pt}

 ]





 node[mydot,label={left:1}] (a1) {};  

 node[mydot,below=of a1,label={left:2}] (a2) {};  

 node[mydot,below=of a2,label={left:3}] (a3) {};  

 node[mydot,below=of a3,label={left:4}] (a4) {}; 



 node[mydot,right=4cm of a1,label={right:1}] (b1) {};  

 node[mydot,below=of b1,label={right:2}] (b2) {};  

 node[mydot,below=of b2,label={right:3}] (b3) {};  

 node[mydot,below=of b3,label={right:4}] (b4) {};



 node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] {} ;

 node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] {} ;



 path[->] (a1) edge (b2) edge (b1); 

 path[->] (a2) edge (b4); 

 path[->] (a3) edge (b3); 

 path[<-] (a4) edge (b1);



end{tikzpicture}}





end{figure}





end{document}


enter image description here






share|improve this answer
























  • Thanks guys. I am going to add captioning, so I will use the subfig version.

    – Anthony Macks
    5 hours ago



















6














A tikzpicture is like a char, you can organize them as you want. In this particular case, I've used a tabular to place them 2x2.



documentclass{article}

 usepackage{pgfplots}

 usetikzlibrary{fit,shapes,positioning}



begin{document}



begin{tabular}{cc}

 begin{tikzpicture}[

  mydot/.style={   circle,   fill,   inner sep=2pt }, >=latex,

                shorten >= 3pt, shorten <= 3pt,

  every fit/.style={ellipse,draw,inner sep=0pt}

 ]





 node[mydot,label={left:1}] (a1) {};  

 node[mydot,below=of a1,label={left:2}] (a2) {};  

 node[mydot,below=of a2,label={left:3}] (a3) {};  

 node[mydot,below=of a3,label={left:4}] (a4) {}; 



 node[mydot,right=4cm of a1,label={right:1}] (b1) {};  

 node[mydot,below=of b1,label={right:2}] (b2) {};  

 node[mydot,below=of b2,label={right:3}] (b3) {};  

 node[mydot,below=of b3,label={right:4}] (b4) {};



 node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] {} ;

 node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] {} ;



 path[->] (a1) edge (b2) edge (b1); 

 path[->] (a2) edge (b4); 

 path[->] (a3) edge (b3); 

 path[<-] (a4) edge (b1);



end{tikzpicture}

&

 begin{tikzpicture}[

  mydot/.style={   circle,   fill,   inner sep=2pt }, >=latex,

                shorten >= 3pt, shorten <= 3pt,

  every fit/.style={ellipse,draw,inner sep=0pt}

 ]





 node[mydot,label={left:1}] (a1) {};  

 node[mydot,below=of a1,label={left:2}] (a2) {};  

 node[mydot,below=of a2,label={left:3}] (a3) {};  

 node[mydot,below=of a3,label={left:4}] (a4) {}; 



 node[mydot,right=4cm of a1,label={right:1}] (b1) {};  

 node[mydot,below=of b1,label={right:2}] (b2) {};  

 node[mydot,below=of b2,label={right:3}] (b3) {};  

 node[mydot,below=of b3,label={right:4}] (b4) {};



 node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] {} ;

 node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] {} ;



 path[->] (a1) edge (b2) edge (b1); 

 path[->] (a2) edge (b4); 

 path[->] (a3) edge (b3); 

 path[<-] (a4) edge (b1);



end{tikzpicture}

\

 begin{tikzpicture}[

  mydot/.style={   circle,   fill,   inner sep=2pt }, >=latex,

                shorten >= 3pt, shorten <= 3pt,

  every fit/.style={ellipse,draw,inner sep=0pt}

 ]





 node[mydot,label={left:1}] (a1) {};  

 node[mydot,below=of a1,label={left:2}] (a2) {};  

 node[mydot,below=of a2,label={left:3}] (a3) {};  

 node[mydot,below=of a3,label={left:4}] (a4) {}; 



 node[mydot,right=4cm of a1,label={right:1}] (b1) {};  

 node[mydot,below=of b1,label={right:2}] (b2) {};  

 node[mydot,below=of b2,label={right:3}] (b3) {};  

 node[mydot,below=of b3,label={right:4}] (b4) {};



 node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] {} ;

 node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] {} ;



 path[->] (a1) edge (b2) edge (b1); 

 path[->] (a2) edge (b4); 

 path[->] (a3) edge (b3); 

 path[<-] (a4) edge (b1);



end{tikzpicture}

&

 begin{tikzpicture}[

  mydot/.style={   circle,   fill,   inner sep=2pt }, >=latex,

                shorten >= 3pt, shorten <= 3pt,

  every fit/.style={ellipse,draw,inner sep=0pt}

 ]





 node[mydot,label={left:1}] (a1) {};  

 node[mydot,below=of a1,label={left:2}] (a2) {};  

 node[mydot,below=of a2,label={left:3}] (a3) {};  

 node[mydot,below=of a3,label={left:4}] (a4) {}; 



 node[mydot,right=4cm of a1,label={right:1}] (b1) {};  

 node[mydot,below=of b1,label={right:2}] (b2) {};  

 node[mydot,below=of b2,label={right:3}] (b3) {};  

 node[mydot,below=of b3,label={right:4}] (b4) {};



 node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] {} ;

 node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] {} ;



 path[->] (a1) edge (b2) edge (b1); 

 path[->] (a2) edge (b4); 

 path[->] (a3) edge (b3); 

 path[<-] (a4) edge (b1);



end{tikzpicture}

end{tabular}

end{document}


enter image description here






share|improve this answer























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    2 Answers
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    oldest

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    2 Answers
    2






    active

    oldest

    votes









    active

    oldest

    votes






    active

    oldest

    votes









    4














    Personally, I like to use the subfig package inside a figure.



    documentclass{article}
    
 usepackage{pgfplots}
    
 usetikzlibrary{fit,shapes,positioning}
    
usepackage{here}
    
usepackage{subfig}
    

    
 begin{document}
    

    
begin{figure}[H]
    
centering
    
subfloat{
    
 begin{tikzpicture}[
    
  mydot/.style={   circle,   fill,   inner sep=2pt }, >=latex,
    
                shorten >= 3pt, shorten <= 3pt,
    
  every fit/.style={ellipse,draw,inner sep=0pt}
    
 ]
    

    

    
 node[mydot,label={left:1}] (a1) {};  
    
 node[mydot,below=of a1,label={left:2}] (a2) {};  
    
 node[mydot,below=of a2,label={left:3}] (a3) {};  
    
 node[mydot,below=of a3,label={left:4}] (a4) {}; 
    

    
 node[mydot,right=4cm of a1,label={right:1}] (b1) {};  
    
 node[mydot,below=of b1,label={right:2}] (b2) {};  
    
 node[mydot,below=of b2,label={right:3}] (b3) {};  
    
 node[mydot,below=of b3,label={right:4}] (b4) {};
    

    
 node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] {} ;
    
 node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] {} ;
    

    
 path[->] (a1) edge (b2) edge (b1); 
    
 path[->] (a2) edge (b4); 
    
 path[->] (a3) edge (b3); 
    
 path[<-] (a4) edge (b1);
    

    
end{tikzpicture}}
    
subfloat{
    
 begin{tikzpicture}[
    
  mydot/.style={   circle,   fill,   inner sep=2pt }, >=latex,
    
                shorten >= 3pt, shorten <= 3pt,
    
  every fit/.style={ellipse,draw,inner sep=0pt}
    
 ]
    

    

    
 node[mydot,label={left:1}] (a1) {};  
    
 node[mydot,below=of a1,label={left:2}] (a2) {};  
    
 node[mydot,below=of a2,label={left:3}] (a3) {};  
    
 node[mydot,below=of a3,label={left:4}] (a4) {}; 
    

    
 node[mydot,right=4cm of a1,label={right:1}] (b1) {};  
    
 node[mydot,below=of b1,label={right:2}] (b2) {};  
    
 node[mydot,below=of b2,label={right:3}] (b3) {};  
    
 node[mydot,below=of b3,label={right:4}] (b4) {};
    

    
 node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] {} ;
    
 node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] {} ;
    

    
 path[->] (a1) edge (b2) edge (b1); 
    
 path[->] (a2) edge (b4); 
    
 path[->] (a3) edge (b3); 
    
 path[<-] (a4) edge (b1);
    

    
end{tikzpicture}}
    

    
subfloat{
    
 begin{tikzpicture}[
    
  mydot/.style={   circle,   fill,   inner sep=2pt }, >=latex,
    
                shorten >= 3pt, shorten <= 3pt,
    
  every fit/.style={ellipse,draw,inner sep=0pt}
    
 ]
    

    

    
 node[mydot,label={left:1}] (a1) {};  
    
 node[mydot,below=of a1,label={left:2}] (a2) {};  
    
 node[mydot,below=of a2,label={left:3}] (a3) {};  
    
 node[mydot,below=of a3,label={left:4}] (a4) {}; 
    

    
 node[mydot,right=4cm of a1,label={right:1}] (b1) {};  
    
 node[mydot,below=of b1,label={right:2}] (b2) {};  
    
 node[mydot,below=of b2,label={right:3}] (b3) {};  
    
 node[mydot,below=of b3,label={right:4}] (b4) {};
    

    
 node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] {} ;
    
 node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] {} ;
    

    
 path[->] (a1) edge (b2) edge (b1); 
    
 path[->] (a2) edge (b4); 
    
 path[->] (a3) edge (b3); 
    
 path[<-] (a4) edge (b1);
    

    
end{tikzpicture}}
    
subfloat{
    
 begin{tikzpicture}[
    
  mydot/.style={   circle,   fill,   inner sep=2pt }, >=latex,
    
                shorten >= 3pt, shorten <= 3pt,
    
  every fit/.style={ellipse,draw,inner sep=0pt}
    
 ]
    

    

    
 node[mydot,label={left:1}] (a1) {};  
    
 node[mydot,below=of a1,label={left:2}] (a2) {};  
    
 node[mydot,below=of a2,label={left:3}] (a3) {};  
    
 node[mydot,below=of a3,label={left:4}] (a4) {}; 
    

    
 node[mydot,right=4cm of a1,label={right:1}] (b1) {};  
    
 node[mydot,below=of b1,label={right:2}] (b2) {};  
    
 node[mydot,below=of b2,label={right:3}] (b3) {};  
    
 node[mydot,below=of b3,label={right:4}] (b4) {};
    

    
 node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] {} ;
    
 node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] {} ;
    

    
 path[->] (a1) edge (b2) edge (b1); 
    
 path[->] (a2) edge (b4); 
    
 path[->] (a3) edge (b3); 
    
 path[<-] (a4) edge (b1);
    

    
end{tikzpicture}}
    

    

    
end{figure}
    

    

    
end{document}


    enter image description here






    share|improve this answer
























    • Thanks guys. I am going to add captioning, so I will use the subfig version.

      – Anthony Macks
      5 hours ago
















    4














    Personally, I like to use the subfig package inside a figure.



    documentclass{article}
    
 usepackage{pgfplots}
    
 usetikzlibrary{fit,shapes,positioning}
    
usepackage{here}
    
usepackage{subfig}
    

    
 begin{document}
    

    
begin{figure}[H]
    
centering
    
subfloat{
    
 begin{tikzpicture}[
    
  mydot/.style={   circle,   fill,   inner sep=2pt }, >=latex,
    
                shorten >= 3pt, shorten <= 3pt,
    
  every fit/.style={ellipse,draw,inner sep=0pt}
    
 ]
    

    

    
 node[mydot,label={left:1}] (a1) {};  
    
 node[mydot,below=of a1,label={left:2}] (a2) {};  
    
 node[mydot,below=of a2,label={left:3}] (a3) {};  
    
 node[mydot,below=of a3,label={left:4}] (a4) {}; 
    

    
 node[mydot,right=4cm of a1,label={right:1}] (b1) {};  
    
 node[mydot,below=of b1,label={right:2}] (b2) {};  
    
 node[mydot,below=of b2,label={right:3}] (b3) {};  
    
 node[mydot,below=of b3,label={right:4}] (b4) {};
    

    
 node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] {} ;
    
 node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] {} ;
    

    
 path[->] (a1) edge (b2) edge (b1); 
    
 path[->] (a2) edge (b4); 
    
 path[->] (a3) edge (b3); 
    
 path[<-] (a4) edge (b1);
    

    
end{tikzpicture}}
    
subfloat{
    
 begin{tikzpicture}[
    
  mydot/.style={   circle,   fill,   inner sep=2pt }, >=latex,
    
                shorten >= 3pt, shorten <= 3pt,
    
  every fit/.style={ellipse,draw,inner sep=0pt}
    
 ]
    

    

    
 node[mydot,label={left:1}] (a1) {};  
    
 node[mydot,below=of a1,label={left:2}] (a2) {};  
    
 node[mydot,below=of a2,label={left:3}] (a3) {};  
    
 node[mydot,below=of a3,label={left:4}] (a4) {}; 
    

    
 node[mydot,right=4cm of a1,label={right:1}] (b1) {};  
    
 node[mydot,below=of b1,label={right:2}] (b2) {};  
    
 node[mydot,below=of b2,label={right:3}] (b3) {};  
    
 node[mydot,below=of b3,label={right:4}] (b4) {};
    

    
 node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] {} ;
    
 node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] {} ;
    

    
 path[->] (a1) edge (b2) edge (b1); 
    
 path[->] (a2) edge (b4); 
    
 path[->] (a3) edge (b3); 
    
 path[<-] (a4) edge (b1);
    

    
end{tikzpicture}}
    

    
subfloat{
    
 begin{tikzpicture}[
    
  mydot/.style={   circle,   fill,   inner sep=2pt }, >=latex,
    
                shorten >= 3pt, shorten <= 3pt,
    
  every fit/.style={ellipse,draw,inner sep=0pt}
    
 ]
    

    

    
 node[mydot,label={left:1}] (a1) {};  
    
 node[mydot,below=of a1,label={left:2}] (a2) {};  
    
 node[mydot,below=of a2,label={left:3}] (a3) {};  
    
 node[mydot,below=of a3,label={left:4}] (a4) {}; 
    

    
 node[mydot,right=4cm of a1,label={right:1}] (b1) {};  
    
 node[mydot,below=of b1,label={right:2}] (b2) {};  
    
 node[mydot,below=of b2,label={right:3}] (b3) {};  
    
 node[mydot,below=of b3,label={right:4}] (b4) {};
    

    
 node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] {} ;
    
 node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] {} ;
    

    
 path[->] (a1) edge (b2) edge (b1); 
    
 path[->] (a2) edge (b4); 
    
 path[->] (a3) edge (b3); 
    
 path[<-] (a4) edge (b1);
    

    
end{tikzpicture}}
    
subfloat{
    
 begin{tikzpicture}[
    
  mydot/.style={   circle,   fill,   inner sep=2pt }, >=latex,
    
                shorten >= 3pt, shorten <= 3pt,
    
  every fit/.style={ellipse,draw,inner sep=0pt}
    
 ]
    

    

    
 node[mydot,label={left:1}] (a1) {};  
    
 node[mydot,below=of a1,label={left:2}] (a2) {};  
    
 node[mydot,below=of a2,label={left:3}] (a3) {};  
    
 node[mydot,below=of a3,label={left:4}] (a4) {}; 
    

    
 node[mydot,right=4cm of a1,label={right:1}] (b1) {};  
    
 node[mydot,below=of b1,label={right:2}] (b2) {};  
    
 node[mydot,below=of b2,label={right:3}] (b3) {};  
    
 node[mydot,below=of b3,label={right:4}] (b4) {};
    

    
 node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] {} ;
    
 node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] {} ;
    

    
 path[->] (a1) edge (b2) edge (b1); 
    
 path[->] (a2) edge (b4); 
    
 path[->] (a3) edge (b3); 
    
 path[<-] (a4) edge (b1);
    

    
end{tikzpicture}}
    

    

    
end{figure}
    

    

    
end{document}


    enter image description here






    share|improve this answer
























    • Thanks guys. I am going to add captioning, so I will use the subfig version.

      – Anthony Macks
      5 hours ago














    4












    4








    4







    Personally, I like to use the subfig package inside a figure.



    documentclass{article}
    
 usepackage{pgfplots}
    
 usetikzlibrary{fit,shapes,positioning}
    
usepackage{here}
    
usepackage{subfig}
    

    
 begin{document}
    

    
begin{figure}[H]
    
centering
    
subfloat{
    
 begin{tikzpicture}[
    
  mydot/.style={   circle,   fill,   inner sep=2pt }, >=latex,
    
                shorten >= 3pt, shorten <= 3pt,
    
  every fit/.style={ellipse,draw,inner sep=0pt}
    
 ]
    

    

    
 node[mydot,label={left:1}] (a1) {};  
    
 node[mydot,below=of a1,label={left:2}] (a2) {};  
    
 node[mydot,below=of a2,label={left:3}] (a3) {};  
    
 node[mydot,below=of a3,label={left:4}] (a4) {}; 
    

    
 node[mydot,right=4cm of a1,label={right:1}] (b1) {};  
    
 node[mydot,below=of b1,label={right:2}] (b2) {};  
    
 node[mydot,below=of b2,label={right:3}] (b3) {};  
    
 node[mydot,below=of b3,label={right:4}] (b4) {};
    

    
 node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] {} ;
    
 node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] {} ;
    

    
 path[->] (a1) edge (b2) edge (b1); 
    
 path[->] (a2) edge (b4); 
    
 path[->] (a3) edge (b3); 
    
 path[<-] (a4) edge (b1);
    

    
end{tikzpicture}}
    
subfloat{
    
 begin{tikzpicture}[
    
  mydot/.style={   circle,   fill,   inner sep=2pt }, >=latex,
    
                shorten >= 3pt, shorten <= 3pt,
    
  every fit/.style={ellipse,draw,inner sep=0pt}
    
 ]
    

    

    
 node[mydot,label={left:1}] (a1) {};  
    
 node[mydot,below=of a1,label={left:2}] (a2) {};  
    
 node[mydot,below=of a2,label={left:3}] (a3) {};  
    
 node[mydot,below=of a3,label={left:4}] (a4) {}; 
    

    
 node[mydot,right=4cm of a1,label={right:1}] (b1) {};  
    
 node[mydot,below=of b1,label={right:2}] (b2) {};  
    
 node[mydot,below=of b2,label={right:3}] (b3) {};  
    
 node[mydot,below=of b3,label={right:4}] (b4) {};
    

    
 node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] {} ;
    
 node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] {} ;
    

    
 path[->] (a1) edge (b2) edge (b1); 
    
 path[->] (a2) edge (b4); 
    
 path[->] (a3) edge (b3); 
    
 path[<-] (a4) edge (b1);
    

    
end{tikzpicture}}
    

    
subfloat{
    
 begin{tikzpicture}[
    
  mydot/.style={   circle,   fill,   inner sep=2pt }, >=latex,
    
                shorten >= 3pt, shorten <= 3pt,
    
  every fit/.style={ellipse,draw,inner sep=0pt}
    
 ]
    

    

    
 node[mydot,label={left:1}] (a1) {};  
    
 node[mydot,below=of a1,label={left:2}] (a2) {};  
    
 node[mydot,below=of a2,label={left:3}] (a3) {};  
    
 node[mydot,below=of a3,label={left:4}] (a4) {}; 
    

    
 node[mydot,right=4cm of a1,label={right:1}] (b1) {};  
    
 node[mydot,below=of b1,label={right:2}] (b2) {};  
    
 node[mydot,below=of b2,label={right:3}] (b3) {};  
    
 node[mydot,below=of b3,label={right:4}] (b4) {};
    

    
 node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] {} ;
    
 node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] {} ;
    

    
 path[->] (a1) edge (b2) edge (b1); 
    
 path[->] (a2) edge (b4); 
    
 path[->] (a3) edge (b3); 
    
 path[<-] (a4) edge (b1);
    

    
end{tikzpicture}}
    
subfloat{
    
 begin{tikzpicture}[
    
  mydot/.style={   circle,   fill,   inner sep=2pt }, >=latex,
    
                shorten >= 3pt, shorten <= 3pt,
    
  every fit/.style={ellipse,draw,inner sep=0pt}
    
 ]
    

    

    
 node[mydot,label={left:1}] (a1) {};  
    
 node[mydot,below=of a1,label={left:2}] (a2) {};  
    
 node[mydot,below=of a2,label={left:3}] (a3) {};  
    
 node[mydot,below=of a3,label={left:4}] (a4) {}; 
    

    
 node[mydot,right=4cm of a1,label={right:1}] (b1) {};  
    
 node[mydot,below=of b1,label={right:2}] (b2) {};  
    
 node[mydot,below=of b2,label={right:3}] (b3) {};  
    
 node[mydot,below=of b3,label={right:4}] (b4) {};
    

    
 node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] {} ;
    
 node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] {} ;
    

    
 path[->] (a1) edge (b2) edge (b1); 
    
 path[->] (a2) edge (b4); 
    
 path[->] (a3) edge (b3); 
    
 path[<-] (a4) edge (b1);
    

    
end{tikzpicture}}
    

    

    
end{figure}
    

    

    
end{document}


    enter image description here






    share|improve this answer













    Personally, I like to use the subfig package inside a figure.



    documentclass{article}
    
 usepackage{pgfplots}
    
 usetikzlibrary{fit,shapes,positioning}
    
usepackage{here}
    
usepackage{subfig}
    

    
 begin{document}
    

    
begin{figure}[H]
    
centering
    
subfloat{
    
 begin{tikzpicture}[
    
  mydot/.style={   circle,   fill,   inner sep=2pt }, >=latex,
    
                shorten >= 3pt, shorten <= 3pt,
    
  every fit/.style={ellipse,draw,inner sep=0pt}
    
 ]
    

    

    
 node[mydot,label={left:1}] (a1) {};  
    
 node[mydot,below=of a1,label={left:2}] (a2) {};  
    
 node[mydot,below=of a2,label={left:3}] (a3) {};  
    
 node[mydot,below=of a3,label={left:4}] (a4) {}; 
    

    
 node[mydot,right=4cm of a1,label={right:1}] (b1) {};  
    
 node[mydot,below=of b1,label={right:2}] (b2) {};  
    
 node[mydot,below=of b2,label={right:3}] (b3) {};  
    
 node[mydot,below=of b3,label={right:4}] (b4) {};
    

    
 node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] {} ;
    
 node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] {} ;
    

    
 path[->] (a1) edge (b2) edge (b1); 
    
 path[->] (a2) edge (b4); 
    
 path[->] (a3) edge (b3); 
    
 path[<-] (a4) edge (b1);
    

    
end{tikzpicture}}
    
subfloat{
    
 begin{tikzpicture}[
    
  mydot/.style={   circle,   fill,   inner sep=2pt }, >=latex,
    
                shorten >= 3pt, shorten <= 3pt,
    
  every fit/.style={ellipse,draw,inner sep=0pt}
    
 ]
    

    

    
 node[mydot,label={left:1}] (a1) {};  
    
 node[mydot,below=of a1,label={left:2}] (a2) {};  
    
 node[mydot,below=of a2,label={left:3}] (a3) {};  
    
 node[mydot,below=of a3,label={left:4}] (a4) {}; 
    

    
 node[mydot,right=4cm of a1,label={right:1}] (b1) {};  
    
 node[mydot,below=of b1,label={right:2}] (b2) {};  
    
 node[mydot,below=of b2,label={right:3}] (b3) {};  
    
 node[mydot,below=of b3,label={right:4}] (b4) {};
    

    
 node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] {} ;
    
 node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] {} ;
    

    
 path[->] (a1) edge (b2) edge (b1); 
    
 path[->] (a2) edge (b4); 
    
 path[->] (a3) edge (b3); 
    
 path[<-] (a4) edge (b1);
    

    
end{tikzpicture}}
    

    
subfloat{
    
 begin{tikzpicture}[
    
  mydot/.style={   circle,   fill,   inner sep=2pt }, >=latex,
    
                shorten >= 3pt, shorten <= 3pt,
    
  every fit/.style={ellipse,draw,inner sep=0pt}
    
 ]
    

    

    
 node[mydot,label={left:1}] (a1) {};  
    
 node[mydot,below=of a1,label={left:2}] (a2) {};  
    
 node[mydot,below=of a2,label={left:3}] (a3) {};  
    
 node[mydot,below=of a3,label={left:4}] (a4) {}; 
    

    
 node[mydot,right=4cm of a1,label={right:1}] (b1) {};  
    
 node[mydot,below=of b1,label={right:2}] (b2) {};  
    
 node[mydot,below=of b2,label={right:3}] (b3) {};  
    
 node[mydot,below=of b3,label={right:4}] (b4) {};
    

    
 node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] {} ;
    
 node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] {} ;
    

    
 path[->] (a1) edge (b2) edge (b1); 
    
 path[->] (a2) edge (b4); 
    
 path[->] (a3) edge (b3); 
    
 path[<-] (a4) edge (b1);
    

    
end{tikzpicture}}
    
subfloat{
    
 begin{tikzpicture}[
    
  mydot/.style={   circle,   fill,   inner sep=2pt }, >=latex,
    
                shorten >= 3pt, shorten <= 3pt,
    
  every fit/.style={ellipse,draw,inner sep=0pt}
    
 ]
    

    

    
 node[mydot,label={left:1}] (a1) {};  
    
 node[mydot,below=of a1,label={left:2}] (a2) {};  
    
 node[mydot,below=of a2,label={left:3}] (a3) {};  
    
 node[mydot,below=of a3,label={left:4}] (a4) {}; 
    

    
 node[mydot,right=4cm of a1,label={right:1}] (b1) {};  
    
 node[mydot,below=of b1,label={right:2}] (b2) {};  
    
 node[mydot,below=of b2,label={right:3}] (b3) {};  
    
 node[mydot,below=of b3,label={right:4}] (b4) {};
    

    
 node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] {} ;
    
 node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] {} ;
    

    
 path[->] (a1) edge (b2) edge (b1); 
    
 path[->] (a2) edge (b4); 
    
 path[->] (a3) edge (b3); 
    
 path[<-] (a4) edge (b1);
    

    
end{tikzpicture}}
    

    

    
end{figure}
    

    

    
end{document}


    enter image description here







    share|improve this answer












    share|improve this answer



    share|improve this answer










    answered 13 hours ago









    rpaparpapa

    8,60112039




    8,60112039













    • Thanks guys. I am going to add captioning, so I will use the subfig version.

      – Anthony Macks
      5 hours ago



















    • Thanks guys. I am going to add captioning, so I will use the subfig version.

      – Anthony Macks
      5 hours ago

















    Thanks guys. I am going to add captioning, so I will use the subfig version.

    – Anthony Macks
    5 hours ago





    Thanks guys. I am going to add captioning, so I will use the subfig version.

    – Anthony Macks
    5 hours ago











    6














    A tikzpicture is like a char, you can organize them as you want. In this particular case, I've used a tabular to place them 2x2.



    documentclass{article}
    
 usepackage{pgfplots}
    
 usetikzlibrary{fit,shapes,positioning}
    

    
begin{document}
    

    
begin{tabular}{cc}
    
 begin{tikzpicture}[
    
  mydot/.style={   circle,   fill,   inner sep=2pt }, >=latex,
    
                shorten >= 3pt, shorten <= 3pt,
    
  every fit/.style={ellipse,draw,inner sep=0pt}
    
 ]
    

    

    
 node[mydot,label={left:1}] (a1) {};  
    
 node[mydot,below=of a1,label={left:2}] (a2) {};  
    
 node[mydot,below=of a2,label={left:3}] (a3) {};  
    
 node[mydot,below=of a3,label={left:4}] (a4) {}; 
    

    
 node[mydot,right=4cm of a1,label={right:1}] (b1) {};  
    
 node[mydot,below=of b1,label={right:2}] (b2) {};  
    
 node[mydot,below=of b2,label={right:3}] (b3) {};  
    
 node[mydot,below=of b3,label={right:4}] (b4) {};
    

    
 node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] {} ;
    
 node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] {} ;
    

    
 path[->] (a1) edge (b2) edge (b1); 
    
 path[->] (a2) edge (b4); 
    
 path[->] (a3) edge (b3); 
    
 path[<-] (a4) edge (b1);
    

    
end{tikzpicture}
    
&
    
 begin{tikzpicture}[
    
  mydot/.style={   circle,   fill,   inner sep=2pt }, >=latex,
    
                shorten >= 3pt, shorten <= 3pt,
    
  every fit/.style={ellipse,draw,inner sep=0pt}
    
 ]
    

    

    
 node[mydot,label={left:1}] (a1) {};  
    
 node[mydot,below=of a1,label={left:2}] (a2) {};  
    
 node[mydot,below=of a2,label={left:3}] (a3) {};  
    
 node[mydot,below=of a3,label={left:4}] (a4) {}; 
    

    
 node[mydot,right=4cm of a1,label={right:1}] (b1) {};  
    
 node[mydot,below=of b1,label={right:2}] (b2) {};  
    
 node[mydot,below=of b2,label={right:3}] (b3) {};  
    
 node[mydot,below=of b3,label={right:4}] (b4) {};
    

    
 node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] {} ;
    
 node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] {} ;
    

    
 path[->] (a1) edge (b2) edge (b1); 
    
 path[->] (a2) edge (b4); 
    
 path[->] (a3) edge (b3); 
    
 path[<-] (a4) edge (b1);
    

    
end{tikzpicture}
    
\
    
 begin{tikzpicture}[
    
  mydot/.style={   circle,   fill,   inner sep=2pt }, >=latex,
    
                shorten >= 3pt, shorten <= 3pt,
    
  every fit/.style={ellipse,draw,inner sep=0pt}
    
 ]
    

    

    
 node[mydot,label={left:1}] (a1) {};  
    
 node[mydot,below=of a1,label={left:2}] (a2) {};  
    
 node[mydot,below=of a2,label={left:3}] (a3) {};  
    
 node[mydot,below=of a3,label={left:4}] (a4) {}; 
    

    
 node[mydot,right=4cm of a1,label={right:1}] (b1) {};  
    
 node[mydot,below=of b1,label={right:2}] (b2) {};  
    
 node[mydot,below=of b2,label={right:3}] (b3) {};  
    
 node[mydot,below=of b3,label={right:4}] (b4) {};
    

    
 node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] {} ;
    
 node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] {} ;
    

    
 path[->] (a1) edge (b2) edge (b1); 
    
 path[->] (a2) edge (b4); 
    
 path[->] (a3) edge (b3); 
    
 path[<-] (a4) edge (b1);
    

    
end{tikzpicture}
    
&
    
 begin{tikzpicture}[
    
  mydot/.style={   circle,   fill,   inner sep=2pt }, >=latex,
    
                shorten >= 3pt, shorten <= 3pt,
    
  every fit/.style={ellipse,draw,inner sep=0pt}
    
 ]
    

    

    
 node[mydot,label={left:1}] (a1) {};  
    
 node[mydot,below=of a1,label={left:2}] (a2) {};  
    
 node[mydot,below=of a2,label={left:3}] (a3) {};  
    
 node[mydot,below=of a3,label={left:4}] (a4) {}; 
    

    
 node[mydot,right=4cm of a1,label={right:1}] (b1) {};  
    
 node[mydot,below=of b1,label={right:2}] (b2) {};  
    
 node[mydot,below=of b2,label={right:3}] (b3) {};  
    
 node[mydot,below=of b3,label={right:4}] (b4) {};
    

    
 node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] {} ;
    
 node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] {} ;
    

    
 path[->] (a1) edge (b2) edge (b1); 
    
 path[->] (a2) edge (b4); 
    
 path[->] (a3) edge (b3); 
    
 path[<-] (a4) edge (b1);
    

    
end{tikzpicture}
    
end{tabular}
    
end{document}


    enter image description here






    share|improve this answer




























      6














      A tikzpicture is like a char, you can organize them as you want. In this particular case, I've used a tabular to place them 2x2.



      documentclass{article}
      
 usepackage{pgfplots}
      
 usetikzlibrary{fit,shapes,positioning}
      

      
begin{document}
      

      
begin{tabular}{cc}
      
 begin{tikzpicture}[
      
  mydot/.style={   circle,   fill,   inner sep=2pt }, >=latex,
      
                shorten >= 3pt, shorten <= 3pt,
      
  every fit/.style={ellipse,draw,inner sep=0pt}
      
 ]
      

      

      
 node[mydot,label={left:1}] (a1) {};  
      
 node[mydot,below=of a1,label={left:2}] (a2) {};  
      
 node[mydot,below=of a2,label={left:3}] (a3) {};  
      
 node[mydot,below=of a3,label={left:4}] (a4) {}; 
      

      
 node[mydot,right=4cm of a1,label={right:1}] (b1) {};  
      
 node[mydot,below=of b1,label={right:2}] (b2) {};  
      
 node[mydot,below=of b2,label={right:3}] (b3) {};  
      
 node[mydot,below=of b3,label={right:4}] (b4) {};
      

      
 node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] {} ;
      
 node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] {} ;
      

      
 path[->] (a1) edge (b2) edge (b1); 
      
 path[->] (a2) edge (b4); 
      
 path[->] (a3) edge (b3); 
      
 path[<-] (a4) edge (b1);
      

      
end{tikzpicture}
      
&
      
 begin{tikzpicture}[
      
  mydot/.style={   circle,   fill,   inner sep=2pt }, >=latex,
      
                shorten >= 3pt, shorten <= 3pt,
      
  every fit/.style={ellipse,draw,inner sep=0pt}
      
 ]
      

      

      
 node[mydot,label={left:1}] (a1) {};  
      
 node[mydot,below=of a1,label={left:2}] (a2) {};  
      
 node[mydot,below=of a2,label={left:3}] (a3) {};  
      
 node[mydot,below=of a3,label={left:4}] (a4) {}; 
      

      
 node[mydot,right=4cm of a1,label={right:1}] (b1) {};  
      
 node[mydot,below=of b1,label={right:2}] (b2) {};  
      
 node[mydot,below=of b2,label={right:3}] (b3) {};  
      
 node[mydot,below=of b3,label={right:4}] (b4) {};
      

      
 node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] {} ;
      
 node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] {} ;
      

      
 path[->] (a1) edge (b2) edge (b1); 
      
 path[->] (a2) edge (b4); 
      
 path[->] (a3) edge (b3); 
      
 path[<-] (a4) edge (b1);
      

      
end{tikzpicture}
      
\
      
 begin{tikzpicture}[
      
  mydot/.style={   circle,   fill,   inner sep=2pt }, >=latex,
      
                shorten >= 3pt, shorten <= 3pt,
      
  every fit/.style={ellipse,draw,inner sep=0pt}
      
 ]
      

      

      
 node[mydot,label={left:1}] (a1) {};  
      
 node[mydot,below=of a1,label={left:2}] (a2) {};  
      
 node[mydot,below=of a2,label={left:3}] (a3) {};  
      
 node[mydot,below=of a3,label={left:4}] (a4) {}; 
      

      
 node[mydot,right=4cm of a1,label={right:1}] (b1) {};  
      
 node[mydot,below=of b1,label={right:2}] (b2) {};  
      
 node[mydot,below=of b2,label={right:3}] (b3) {};  
      
 node[mydot,below=of b3,label={right:4}] (b4) {};
      

      
 node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] {} ;
      
 node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] {} ;
      

      
 path[->] (a1) edge (b2) edge (b1); 
      
 path[->] (a2) edge (b4); 
      
 path[->] (a3) edge (b3); 
      
 path[<-] (a4) edge (b1);
      

      
end{tikzpicture}
      
&
      
 begin{tikzpicture}[
      
  mydot/.style={   circle,   fill,   inner sep=2pt }, >=latex,
      
                shorten >= 3pt, shorten <= 3pt,
      
  every fit/.style={ellipse,draw,inner sep=0pt}
      
 ]
      

      

      
 node[mydot,label={left:1}] (a1) {};  
      
 node[mydot,below=of a1,label={left:2}] (a2) {};  
      
 node[mydot,below=of a2,label={left:3}] (a3) {};  
      
 node[mydot,below=of a3,label={left:4}] (a4) {}; 
      

      
 node[mydot,right=4cm of a1,label={right:1}] (b1) {};  
      
 node[mydot,below=of b1,label={right:2}] (b2) {};  
      
 node[mydot,below=of b2,label={right:3}] (b3) {};  
      
 node[mydot,below=of b3,label={right:4}] (b4) {};
      

      
 node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] {} ;
      
 node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] {} ;
      

      
 path[->] (a1) edge (b2) edge (b1); 
      
 path[->] (a2) edge (b4); 
      
 path[->] (a3) edge (b3); 
      
 path[<-] (a4) edge (b1);
      

      
end{tikzpicture}
      
end{tabular}
      
end{document}


      enter image description here






      share|improve this answer


























        6












        6








        6







        A tikzpicture is like a char, you can organize them as you want. In this particular case, I've used a tabular to place them 2x2.



        documentclass{article}
        
 usepackage{pgfplots}
        
 usetikzlibrary{fit,shapes,positioning}
        

        
begin{document}
        

        
begin{tabular}{cc}
        
 begin{tikzpicture}[
        
  mydot/.style={   circle,   fill,   inner sep=2pt }, >=latex,
        
                shorten >= 3pt, shorten <= 3pt,
        
  every fit/.style={ellipse,draw,inner sep=0pt}
        
 ]
        

        

        
 node[mydot,label={left:1}] (a1) {};  
        
 node[mydot,below=of a1,label={left:2}] (a2) {};  
        
 node[mydot,below=of a2,label={left:3}] (a3) {};  
        
 node[mydot,below=of a3,label={left:4}] (a4) {}; 
        

        
 node[mydot,right=4cm of a1,label={right:1}] (b1) {};  
        
 node[mydot,below=of b1,label={right:2}] (b2) {};  
        
 node[mydot,below=of b2,label={right:3}] (b3) {};  
        
 node[mydot,below=of b3,label={right:4}] (b4) {};
        

        
 node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] {} ;
        
 node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] {} ;
        

        
 path[->] (a1) edge (b2) edge (b1); 
        
 path[->] (a2) edge (b4); 
        
 path[->] (a3) edge (b3); 
        
 path[<-] (a4) edge (b1);
        

        
end{tikzpicture}
        
&
        
 begin{tikzpicture}[
        
  mydot/.style={   circle,   fill,   inner sep=2pt }, >=latex,
        
                shorten >= 3pt, shorten <= 3pt,
        
  every fit/.style={ellipse,draw,inner sep=0pt}
        
 ]
        

        

        
 node[mydot,label={left:1}] (a1) {};  
        
 node[mydot,below=of a1,label={left:2}] (a2) {};  
        
 node[mydot,below=of a2,label={left:3}] (a3) {};  
        
 node[mydot,below=of a3,label={left:4}] (a4) {}; 
        

        
 node[mydot,right=4cm of a1,label={right:1}] (b1) {};  
        
 node[mydot,below=of b1,label={right:2}] (b2) {};  
        
 node[mydot,below=of b2,label={right:3}] (b3) {};  
        
 node[mydot,below=of b3,label={right:4}] (b4) {};
        

        
 node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] {} ;
        
 node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] {} ;
        

        
 path[->] (a1) edge (b2) edge (b1); 
        
 path[->] (a2) edge (b4); 
        
 path[->] (a3) edge (b3); 
        
 path[<-] (a4) edge (b1);
        

        
end{tikzpicture}
        
\
        
 begin{tikzpicture}[
        
  mydot/.style={   circle,   fill,   inner sep=2pt }, >=latex,
        
                shorten >= 3pt, shorten <= 3pt,
        
  every fit/.style={ellipse,draw,inner sep=0pt}
        
 ]
        

        

        
 node[mydot,label={left:1}] (a1) {};  
        
 node[mydot,below=of a1,label={left:2}] (a2) {};  
        
 node[mydot,below=of a2,label={left:3}] (a3) {};  
        
 node[mydot,below=of a3,label={left:4}] (a4) {}; 
        

        
 node[mydot,right=4cm of a1,label={right:1}] (b1) {};  
        
 node[mydot,below=of b1,label={right:2}] (b2) {};  
        
 node[mydot,below=of b2,label={right:3}] (b3) {};  
        
 node[mydot,below=of b3,label={right:4}] (b4) {};
        

        
 node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] {} ;
        
 node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] {} ;
        

        
 path[->] (a1) edge (b2) edge (b1); 
        
 path[->] (a2) edge (b4); 
        
 path[->] (a3) edge (b3); 
        
 path[<-] (a4) edge (b1);
        

        
end{tikzpicture}
        
&
        
 begin{tikzpicture}[
        
  mydot/.style={   circle,   fill,   inner sep=2pt }, >=latex,
        
                shorten >= 3pt, shorten <= 3pt,
        
  every fit/.style={ellipse,draw,inner sep=0pt}
        
 ]
        

        

        
 node[mydot,label={left:1}] (a1) {};  
        
 node[mydot,below=of a1,label={left:2}] (a2) {};  
        
 node[mydot,below=of a2,label={left:3}] (a3) {};  
        
 node[mydot,below=of a3,label={left:4}] (a4) {}; 
        

        
 node[mydot,right=4cm of a1,label={right:1}] (b1) {};  
        
 node[mydot,below=of b1,label={right:2}] (b2) {};  
        
 node[mydot,below=of b2,label={right:3}] (b3) {};  
        
 node[mydot,below=of b3,label={right:4}] (b4) {};
        

        
 node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] {} ;
        
 node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] {} ;
        

        
 path[->] (a1) edge (b2) edge (b1); 
        
 path[->] (a2) edge (b4); 
        
 path[->] (a3) edge (b3); 
        
 path[<-] (a4) edge (b1);
        

        
end{tikzpicture}
        
end{tabular}
        
end{document}


        enter image description here






        share|improve this answer













        A tikzpicture is like a char, you can organize them as you want. In this particular case, I've used a tabular to place them 2x2.



        documentclass{article}
        
 usepackage{pgfplots}
        
 usetikzlibrary{fit,shapes,positioning}
        

        
begin{document}
        

        
begin{tabular}{cc}
        
 begin{tikzpicture}[
        
  mydot/.style={   circle,   fill,   inner sep=2pt }, >=latex,
        
                shorten >= 3pt, shorten <= 3pt,
        
  every fit/.style={ellipse,draw,inner sep=0pt}
        
 ]
        

        

        
 node[mydot,label={left:1}] (a1) {};  
        
 node[mydot,below=of a1,label={left:2}] (a2) {};  
        
 node[mydot,below=of a2,label={left:3}] (a3) {};  
        
 node[mydot,below=of a3,label={left:4}] (a4) {}; 
        

        
 node[mydot,right=4cm of a1,label={right:1}] (b1) {};  
        
 node[mydot,below=of b1,label={right:2}] (b2) {};  
        
 node[mydot,below=of b2,label={right:3}] (b3) {};  
        
 node[mydot,below=of b3,label={right:4}] (b4) {};
        

        
 node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] {} ;
        
 node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] {} ;
        

        
 path[->] (a1) edge (b2) edge (b1); 
        
 path[->] (a2) edge (b4); 
        
 path[->] (a3) edge (b3); 
        
 path[<-] (a4) edge (b1);
        

        
end{tikzpicture}
        
&
        
 begin{tikzpicture}[
        
  mydot/.style={   circle,   fill,   inner sep=2pt }, >=latex,
        
                shorten >= 3pt, shorten <= 3pt,
        
  every fit/.style={ellipse,draw,inner sep=0pt}
        
 ]
        

        

        
 node[mydot,label={left:1}] (a1) {};  
        
 node[mydot,below=of a1,label={left:2}] (a2) {};  
        
 node[mydot,below=of a2,label={left:3}] (a3) {};  
        
 node[mydot,below=of a3,label={left:4}] (a4) {}; 
        

        
 node[mydot,right=4cm of a1,label={right:1}] (b1) {};  
        
 node[mydot,below=of b1,label={right:2}] (b2) {};  
        
 node[mydot,below=of b2,label={right:3}] (b3) {};  
        
 node[mydot,below=of b3,label={right:4}] (b4) {};
        

        
 node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] {} ;
        
 node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] {} ;
        

        
 path[->] (a1) edge (b2) edge (b1); 
        
 path[->] (a2) edge (b4); 
        
 path[->] (a3) edge (b3); 
        
 path[<-] (a4) edge (b1);
        

        
end{tikzpicture}
        
\
        
 begin{tikzpicture}[
        
  mydot/.style={   circle,   fill,   inner sep=2pt }, >=latex,
        
                shorten >= 3pt, shorten <= 3pt,
        
  every fit/.style={ellipse,draw,inner sep=0pt}
        
 ]
        

        

        
 node[mydot,label={left:1}] (a1) {};  
        
 node[mydot,below=of a1,label={left:2}] (a2) {};  
        
 node[mydot,below=of a2,label={left:3}] (a3) {};  
        
 node[mydot,below=of a3,label={left:4}] (a4) {}; 
        

        
 node[mydot,right=4cm of a1,label={right:1}] (b1) {};  
        
 node[mydot,below=of b1,label={right:2}] (b2) {};  
        
 node[mydot,below=of b2,label={right:3}] (b3) {};  
        
 node[mydot,below=of b3,label={right:4}] (b4) {};
        

        
 node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] {} ;
        
 node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] {} ;
        

        
 path[->] (a1) edge (b2) edge (b1); 
        
 path[->] (a2) edge (b4); 
        
 path[->] (a3) edge (b3); 
        
 path[<-] (a4) edge (b1);
        

        
end{tikzpicture}
        
&
        
 begin{tikzpicture}[
        
  mydot/.style={   circle,   fill,   inner sep=2pt }, >=latex,
        
                shorten >= 3pt, shorten <= 3pt,
        
  every fit/.style={ellipse,draw,inner sep=0pt}
        
 ]
        

        

        
 node[mydot,label={left:1}] (a1) {};  
        
 node[mydot,below=of a1,label={left:2}] (a2) {};  
        
 node[mydot,below=of a2,label={left:3}] (a3) {};  
        
 node[mydot,below=of a3,label={left:4}] (a4) {}; 
        

        
 node[mydot,right=4cm of a1,label={right:1}] (b1) {};  
        
 node[mydot,below=of b1,label={right:2}] (b2) {};  
        
 node[mydot,below=of b2,label={right:3}] (b3) {};  
        
 node[mydot,below=of b3,label={right:4}] (b4) {};
        

        
 node[draw,fit=(a1) (a2) (a3) (a4),minimum width=2cm] {} ;
        
 node[draw,fit=(b1) (b2) (b3) (b4),minimum width=2cm] {} ;
        

        
 path[->] (a1) edge (b2) edge (b1); 
        
 path[->] (a2) edge (b4); 
        
 path[->] (a3) edge (b3); 
        
 path[<-] (a4) edge (b1);
        

        
end{tikzpicture}
        
end{tabular}
        
end{document}


        enter image description here







        share|improve this answer












        share|improve this answer



        share|improve this answer










        answered 16 hours ago









        IgnasiIgnasi

        94.8k4175318




        94.8k4175318






























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            格利澤436b

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            格利泽436b 太陽系外行星 太陽系外行星列表 艺术家笔下的格利泽436b 母恆星 母恆星 Gliese 436 星座 獅子座 赤經 ( α ) 11 h  42 m  11.0941 s [1] 赤緯 ( δ ) +26° 42′ 23.652″ [1] 距離 33.4 ly (10.2 pc) 光譜類型 M2.5 V [1] 軌道參數 半长轴 ( a ) 0.0291±0.0004 [2] AU 軌道離心率 ( e ) 0.150±0.012 [2] 公轉週期 ( P ) 2.643904±0.000005 [3] d (0.00723849 y) 軌道傾角 ( i ) 85.8 +0.21 −0.25 [3] ° 角距 ( θ ) 2.794 mas 近星點時間 ( T 0 ) 2,451,551.716 ±0.01 JD 半振幅 ( K ) 18.68±0.8 m/s 物理性质 质量 ( m ) 22.2±1.0 [2] M ⊕ 半徑 ( r ) 4.327±0.183 [2] [4] R ⊕ 密度 ( ρ ) 1.51 g cm -3 表面重力 ( g ) 1.18 g 溫度 ( T ) 712±36 [2] K 發現 發現時間 2004 發現者 巴特勒、沃格特、 馬西 et al. 發現方法 徑向速度、凌日法 發現地點 美國加利福尼亞州 發表論文 出版 其他名稱 Ross 905 b, GJ 436 b, [5] LTT 13213 b, GCTP 2704.10 b, LHS 310, AC+27:28217 b, Vyssotsky 616 b, HIP 57087 b, GEN# +9.80120068 b, LP 319-75 b, G 121-7 b, LSPM J1142+2642 b, 1RXS J114211.9+264328 b, ASCC 683818 b, G 147-68 b, UCAC2 41198281 b, BP
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            When can things happen in Etherscan, such as the picture below?

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            2 I don't know why balance of the address is 0. when can this situation? etherscan balances share | improve this question asked yesterday Ru Hi Ru Hi 11 1 New contributor Ru Hi is a new contributor to this site. Take care in asking for clarification, commenting, and answering. Check out our Code of Conduct. add a comment  | 
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